ABC Three-layers Courier Bags Film Blowing Machine
Features
1. ABC Three-layers Courier Bags Film Blowing Machine chooses IBC internal cooling die head, cooperates with the set temperature, fully automatic detection and control of film width
2. PLC interface combined with operation, more intelligent
3. Oscillating rotating extrusion plastic courier bag film blowing machine is equipped with Oscillating rotating system to improve coiling flatness and reduce subsequent processing losses
Specification
|
ABC |
MODEL |
SJM-Z55X65X55-1800MM |
SJM-Z65X75X65-2000MM |
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BASIC PARAMETER |
Suitable materials |
LDPE,LLDPE,mLLDPE,HDPE |
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Film width |
1000mm-1600mm |
1200mm-1800mm |
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Film thickness |
0.02-0.15mm |
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Max output |
160-240kg/h |
200-260kg/h |
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Extruder |
Screw diameter |
Φ55;Φ65;Φ55 |
Φ65;Φ75;Φ65 |
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Barrel outside diameter |
Φ120;Φ120;Φ150 |
Φ150x3 |
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|
L/D |
30:1/32:1 |
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Main motor power |
37KW X2;45KW |
45KWx2;55KWX1 |
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Gear box type |
180X2;225X1 |
225X2;250X1 |
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Die head diameter |
Φ400mm
|
Φ450mm
|
|
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Air ring blower |
18.5KW |
22KW |
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Filter type |
Standard screw control /Hydraulic filter screen changer |
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Take up unit |
Roller width |
1800mm |
2000mm |
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Take-up speed |
5-100m/min |
5-100m/min |
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Take-up motor |
1.5kw |
2.2kw |
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Rotary type |
Horizontal type/oscillating rotating |
Horizontal type/oscillating rotating |
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Winding unit |
Winder type |
automatic back to back friction winder /Manual back to back friction winder |
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Automatic tension system |
Tension sensor |
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Winding motor |
1.5kw |
2.2kw |
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Winding speed |
5-100m/min |
5-100m/min |
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Control unit |
Electrical part |
ABB/Schneider/Siemens |
|
|
inverter |
ABB/AILAND/EURA/Yaskawa/Inovance/Slanvert/Delta (according to customer requirements) |
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Optional |
EPC system / Oscillating rotating system / IBC system /automatic winder etc. |
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Product Detail
Product Description
The co-extrusion composite process of ABC Three-layers Courier Bags Film Blowing Machine is to use three extruders to melt and extrude various resins with different functions, and combine them in the die head or outside the die head through their respective flow channels, and then After blowing and cooling, they are combined together. This process not only greatly simplifies the production process, but also uses less materials, and can reduce raw material consumption and production costs; using this process to produce composite packaging materials with the same structure can save 30% of production costs compared with other processes.
